A robust control scheme using sliding-mode control has been developed and implemented to enable a quadrotor to track desired trajectories in the presence of external disturbances.
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Updated
Dec 25, 2022 - Python
A robust control scheme using sliding-mode control has been developed and implemented to enable a quadrotor to track desired trajectories in the presence of external disturbances.
Simulation in which a quadcopter system is controlled by a LQR-I discrete-time controller to track a trajectory.
Quadcopter simulation with Simulink
Quadcopter Control Along with sensor fusion of EEG data along with eye tracking data using the Extended Kalman Filter
A sliding mode controller design for robust trajectory tracking for Quadcopter.
Modern drone control station
QCFA (Quadcopter Control Functions using Arduino uno)
Designing a sliding mode controller for robust trajectory tracking of a quadrotor.
In this study, we investigate the use of Pontryagin Differential Programming (PDP) towards performing Inverse Optimal Control (IOC) using discrete-time, non-linear systems.
🚁 A mini quadcopter that is lightweight and designed for agility.
Simulation and control of a quadcopter UAV, visualization of its trajectory and tracking performance in Python.
A list of projects from my Udacity course on Autonomous Flight
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